PAEDIATRIC MANUAL RESUSCITATOR BAG WITH OXYGEN TUBING, RESERVIOR BAG AND PVC MASK

A Manual Resuscitator is a device using positive pressure to inflate the lungs of an unconscious person who is not breathing, in order to keep them oxygenated and alive. The manual version (also known as a bag valve mask) consisting of a mask and a large hand-squeezed plastic bulb using ambient air, or with supplemental oxygen from a high-pressure tank.

Adult Manual Resuscitators supplied by AIMS, selected by clinicians and hospitals worldwide, are the market leader in adult resuscitation products because of their many safety and comfort features. They are designed for patient comfort, deliver large stroke volumes, and are responsive to each squeeze for improved patient feedback and clinical control.  

Product Features

• Pressure limitation valve for patient’s safety.

• Latex Free

• 100% Medical Grade PVC.

• Disposable Single Patient Use.

• Eliminate Cross contamination.

• Textured surface ensures a firm grip.

• Patient Connector is 22/15mm complying with ISO5356-1

• Manufactured from tested Manufactured biocompatible materials.

• Australian TGA registered as Medical Device ARTG No. 165742

• The PVC resuscitator conforms to the Standard: ISO 10651-4:2002

• Conforms to Council Directive MDD/93/42/EEC concerning medical Devices.  

• Individually Packed.

• Well Known Multigate Brand from a leader in Medical Supplies. 

• Includes Soft Cushioned Mask.

• Includes Reservoir Bag.

• Includes Tubing.

General Information – Different Types of Resuscitators

There are another two types; the pulmonary or breath powered resuscitator. The first appearance of this type was the White Pulmonary Resuscitator or W.P.R. introduced in 1981. The third type is an oxygen powered resuscitator. These are driven by pressurized gas delivered by a regulator, and can either be automatic or manually controlled.

The most popular type of gas powered resuscitator is Time Cycled, Volume Constant Ventilators. In the early days of pre-hospital emergency services, pressure cycled devices like the Pulmotor were popular but yielded less than satisfactory results.

Most modern resuscitators are designed to allow the patient to breathe on his own should he recover the ability to do so. All resuscitation devices should be able to deliver >85% oxygen when a gas source is available.